저자의 연구 키워드

저자의 연구 키워드

#공동주택

#기밀

#도로교통 소음(Road traffic noise)

#도로교통소음

#빔포밍 알고리즘

#습도조절

#실 형태(Room shape)

#유한요소해석(FEM)

#음향기법

#음향투과손실

#자연환기

#저주파수(Low frequency)

#제어알고리즘

#플리넘

#환기소음

#Acoustic and Vibration Mode(음향진동 모드)

#Acoustic approach

#Acoustic simulation(음향 시뮬레이션)

#Apartment building facade(공동주택입면)

#Apartment complex(아파트 단지)

#Apartment house

#Background nosie(배경소음)

#Beamforming algorithm

#Building Regulation(건축물 규제)

#Celing Structure

#Classroom(교실)

#Control Algorithm

#Courtyard outdoor space(중정형 옥외공간)

#Dropping Height

#Energy Balance Equation(에너지평형식)

#FE-model(유한요소모델)

#Field measurement(현장측정)

#Field Tests

#Finite element method(유한요소법)

#Floating Floor Structure(뜬바닥 구조)

#Floor Impact Noise(바닥충격음)

#Floor impact sound(바닥충격음)

#Geometric Parameter(기하학 변수)

#Humidity Level Control

#Infiltration

#Japan(일본)

#Load-bearing Wall(내력벽)

#Louver

#Modal Test(모달 테스트)

#Mode Shape(모드 형상)

#Natural ventilation

#Natural ventilation equipment(자연환기장치)

#Natural ventilation window(자연환기 창호)

#Noise Reduction Effect(소음저감효과)

#Noise transmission(소음 전달)

#Numerical Analysis(전산해석)

#Opening Shape(개구부 형상)

#Plenum

#Plenum device

#Plenum window(플리넘창)

#Quality Control(품질관리)

#Rahmen Structure(라멘구조)

#Residential Buildings

#Reverberation time(잔향시간)

#Road traffic noise

#single Number quantity(단일수치량)

#Sound insulation

#Sound pressure level(음압레벨)

#Sound transmission loss

#Standard Impact Source

#Structural Vibration(구조 진동)

#Structure Type(구조형식)

#Structure-borne Noise(고체전달음)

#Traffic noise

#Ventilation Noise